City
Epaper

UAE air force destroys missile launcher in Yemen

By ANI | Updated: January 24, 2022 14:10 IST

The UAE air force has destroyed a missile launched in northern Yemen after it attempted to hit targets in Abu Dhabi, the UAE Defense Ministry said on Monday.

Open in App

The UAE air force has destroyed a missile launched in northern Yemen after it attempted to hit targets in Abu Dhabi, the UAE Defense Ministry said on Monday.

"MOD Joint Operations Command announces that at 04:10 hrs Yemen time an F-16 destroyed a ballistic missile launcher in Al Jawf, immediately after it launched two ballistic missiles at Abu Dhabi. They were successfully intercepted by our air defence systems. Video attached," the ministry tweeted. (ANI/Sputnik)

( With inputs from ANI )

Disclaimer: This post has been auto-published from an agency feed without any modifications to the text and has not been reviewed by an editor

Tags: Abu DhabiAlDefense ministryMod joint operations command
Open in App

Related Stories

Entertainment“My Younger Self Worked So Hard for the Life I Have Now” — Priyanka Chopra Jonas at the Bridge Summit in Abu Dhabi

Cricket“Respect the IPL or Stay Out”: Gavaskar Issues Stern Warning to Foreign Players Ahead of Mini Auction

CricketAFG vs BAN 3rd ODI LIVE Cricket Streaming: When and Where to Watch Afghanistan vs Bangladesh Match in India

CricketAFG vs BAN, 3rd ODI: Afghanistan Win Toss, Opt to Bat Against Bangladesh; Check Playing XIs

CricketAFG vs BAN 2nd ODI LIVE Cricket Streaming: When and Where to Watch Afghanistan vs Bangladesh Match in India

International Realted Stories

InternationalMansoor bin Mohammed attends World Safety Summit 2026 in Dubai

InternationalIran Foreign Minister calls Jaishankar, discusses evolving situation in and around Iran

InternationalUS to pause visa processing for 75 countries including Russia, Iran: Fox News

InternationalEAM Jaishankar, Iranian counterpart discuss 'evolving situation' in and around Iran

InternationalIndia-Russia ties could shape stability amid geopolitical tensions: Report